The Development Of Methods Using Biopolymer As Matrix For Immobilization Of Inorganic Nanoparticles (Metal And Oxide) Is Increasing. Among The Biopolymers, The Cellulose Is One Of The Most Interesting, Because It Is Natural, ...

Ionic liquids (IL), liquid salts at room temperature, show self-organization due to the electrostatic interactions between their ions and the van der Waals among the alkyl chains of the cationic species, being classified ...

In this work the molecular dynamics, which is a computational simulation method, is used for the study of electrical, structural and dynamics properties of electrolytes for lithium and / or supercapacitor batteries. The ...

Conjugated polymers are widely studied materials due to their diversity in applications. However, its rigidity gives the material low solubility. One strategy to solve this problem is to insert flexible groups into the ...

The development of methods that use biopolymers as a support for the immobilization of metallic nanoparticles is of growing interest. Among biopolymers, cellulose is the most indicated because it is natural, abundant and ...

Líquidos iônicos contendo cátions fosfônio com cadeias alquílicas curtas apresentam baixa viscosidade além de alta estabilidade eletroquímica. Estas propriedades fazem deles ótimos candidatos para eletrólitos para ...

This work aims to obtain an elastomeric hybrid based on nitrile rubber NBR and sodic clays that have been subjected to processes organophilization. Initially, thermal, structural and morphological properties when montmorillonite ...